deroc5050
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CLICK HERE to Register for a free account and login for a smoother ad-free experience. It's easy, and only takes a few moments.No they don't, not at all. With reasonable acoustics (an enclosed lower bowl, etc.) the noise would be even stronger. Stadiums that have a rep for loudest crowds -- Seattle, Kansas City, etc. -- benefit more from having the right type of acoustics vs. better fan bases.It was very loud. As I said in another thread, games like that put the "acoustics" argument to rest.
Falcons fans don't travel that well do they?
Yes, it does. The divisional round and AFCCG, along with past games, prove that the stadium can get very loud (exceptionally loud, even) if the fans are into it. The acoustics excuse has been put to bed as what it is - a load of crap. If the acoustics were truly the problem, as opposed to a significant section of the stadium being a "wine and cheese" crowd, the stadium would have never been able to get that loud. It is what it is. The crowd just sucks during regular season games sometimes.No they don't, not at all. With reasonable acoustics (an enclosed lower bowl, etc.) the noise would be even stronger. Stadiums that have a rep for loudest crowds -- Seattle, Kansas City, etc. -- benefit more from having the right type of acoustics vs. better fan bases.
Just rewatched the entire game last night after DVRing it. On my TV Brady's voice was clear as a bell on signal calls ("Jordon", "Alert", etc.) The crowd seemed appropriately quiet all night when we were on offense and extremely loud when we were on defense.They got loud for Bon Jovi. The rest the game they were way too late to affect the steelers offense. They
Were just as loud when we had the ball.
What the hell game were you watching?They got loud for Bon Jovi. The rest the game they were way too late to affect the steelers offense. They
Were just as loud when we had the ball.
But you don't actually go to the games, Kontra. You live in Florida and watch them on television -- have you ever been to Gillette and other NFL stadiums to form a basis of comparison? This "pink hat wine and cheese crowd" argument is a nonstarter. You're confusing that with club seat placement on the second-tier central sidelines flanked by large open "skylight" areas (four) contributing to the acoustical anomaly of an open lower bowl. NO OTHER NFL STADIUM IS STRUCTURED LIKE THIS! Add the open north end zone lighthouse area, Putnam Lounge open lower south end zone, high-vaulted top 300 level above private boxes all to a comparatively "flat" stadium footprint and you have a building where crowd noise doesn't naturally concentrate.Yes, it does. The divisional round and AFCCG, along with past games, prove that the stadium can get very loud (exceptionally loud, even) if the fans are into it. The acoustics excuse has been put to bed as what it is - a load of crap. If the acoustics were truly the problem, as opposed to a significant section of the stadium being a "wine and cheese" crowd, the stadium would have never been able to get that loud. It is what it is. The crowd just sucks during regular season games sometimes.
Agreed. Come to one of those regular season games and see for yourself.But you don't actually go to the games, Kontra. You live in Florida and watch them on television -- have you ever been to Gillette and other NFL stadiums to form a basis of comparison? This "pink hat wine and cheese crowd" argument is a nonstarter. You're confusing that with club seat placement on the second-tier central sidelines flanked by large open "skylight" areas (four) contributing to the acoustical anomaly of an open lower bowl. NO OTHER NFL STADIUM IS STRUCTURED LIKE THIS! Add the open north end zone lighthouse area, Putnam Lounge open lower south end zone, high-vaulted top 300 level above private boxes all to a comparatively "flat" stadium footprint and you have a building where crowd noise doesn't naturally concentrate.
Yes, it gets louder during playoff games like it does in every other stadium. If Gillette was structured like other stadiums it would be EVEN LOUDER still and you wouldn't have this false belief that the crowd is to blame for what your television speakers convey during regular-season games. The crowds in NFL cities are pretty uniform across the board and how loud a place gets depends on its acoustical structure more than anything.
But you don't actually go to the games, Kontra. You live in Florida and watch them on television --
have you ever been to Gillette
and other NFL stadiums to form a basis of comparison?
This "pink hat wine and cheese crowd" argument is a nonstarter.
You're confusing that with club seat placement on the second-tier central sidelines flanked by large open "skylight" areas (four) contributing to the acoustical anomaly of an open lower bowl. NO OTHER NFL STADIUM IS STRUCTURED LIKE THIS! Add the open north end zone lighthouse area, Putnam Lounge open lower south end zone, high-vaulted top 300 level above private boxes all to a comparatively "flat" stadium footprint and you have a building where crowd noise doesn't naturally concentrate.
Yes, it gets louder during playoff games like it does in every other stadium. If Gillette was structured like other stadiums it would be EVEN LOUDER still and you wouldn't have this false belief that the crowd is to blame for what your television speakers convey during regular-season games. The crowds in NFL cities are pretty uniform across the board and how loud a place gets depends on its acoustical structure more than anything.
Agreed. Come to one of those regular season games and see for yourself.
First of all, wind alters sound propagation by the mechanism of refraction; that is, wind bends sound waves. Wind nearer to the ground moves more slowly than wind at higher altitudes, due to surface characteristics such as hills, trees, and man-made structures that interfere with the wind. This wind gradient, with faster wind at higher elevation and slower wind at lower elevation causes sound waves to bend downward when they are traveling to a location downwind of the source and to bend upward when traveling toward a location upwind of the source. Waves bending downward means that a listener standing downwind of the source will hear louder noise levels than the listener standing upwind of the source. This phenomenon can significantly impact sound propagation over long distances and when wind speeds are high.
Another factor that can impact sound propagation over long distances is temperature gradients in the atmosphere. On a typical sunny afternoon, air is warmest near the ground and temperature decreases at higher altitudes. This temperature gradient causes sound waves to refract upward, away from the ground and results in lower noise levels being heard at the listener’s position. In the evening, this temperature gradient will reverse, resulting in cooler temperatures near the ground. This condition, often referred to is a temperature inversion will cause sound to bend downward toward the ground and results in louder noise levels at the listener position. Like wind gradients, temperature gradients can influence sound propagation over long distances and further complicate measurements.
Obviously you weren't thereThey got loud for Bon Jovi. The rest the game they were way too late to affect the steelers offense. They
Were just as loud when we had the ball.